• Perform various engineering tasks involving such functions as analysis, design, development, test, installation, and service, while working from instructions, drawings, proposals, specifications, and other pertinent information
• Conduct failure and root cause analysis, perform product testing, provide documentation updates, and oversee certification listings in support of product sustaining activities
• Perform engineering documentation and control activities for drawings, BOMs, label artwork, instruction sheets, technical data sheet creation and modification, and Engineering Change Notifications (ECNs) utilizing a global life cycle management system (GPLM)
• Work collaboratively with cross-functional departments and team members including Product Management, Supply Chain Management, Technical Services, Operations, and Quality Control
• Prepare specifications and related documents by requirements, established formats and general instructions
• Review and analyze a variety of engineering data, documents, and reports
• Responsible for ensuring that specified engineering criteria are suitable for the proposed application and recommending appropriate design revisions
• Define critical mechanical component outlines for the interface and other critical fixture elements
• Generate dimensional and tolerance analysis to assure design functionality and accuracy
• Conduct cross-functional design reviews to ensure that proposed design solutions meet all Customer requirements as well as manufacturing standards

Skills: Failure Analysis, Root Cause, Product Testing, Engineering Documentation, Design Review, Tolerance Analysis, Specification Preparation, Cross-Functional Collaboration

• Managing large assemblies and system layout using reference geometry
• Perform Finite Element Analysis (using Ansys/Mechanica/Solidworks)
• Assembly and part tolerancing including GD&T
• Manufacturing process for releasing parts and assemblies, including product structure for manufacturing and ECO process
• Design, build and test new mechanical subassemblies and test fixtures for existing and new instrumentation
• Perform engineering calculations and simulations to support design decisions, and be able to present those results in a clear way to the team for review
• Use SolidWorks as a design tool to make and manage designs
• Maintain documentation for existing hardware systems and test fixtures
• Work with outside vendors to source new designs and technology, and resolve issues
• Estimate costs, timelines, and budgets for new designs
• Work with manufacturing to implement new designs and support these designs in production
• Communicate challenges or constraints within a project and seek to manage them accordingly
• Manage temporary assignments or projects in other functional areas

Skills: Assembly Management, Finite Analysis, GD&T Application, ECO Process, Fixture Design, Design Simulation, SolidWorks Design, Vendor Coordination

• Contribute to all stages of the project from the initial proposal through to equipment delivery
• Design the equipment to the customer's requirements and expectations
• Complete component specification to satisfy the design requirements
• Completion of equipment design reviews both locally and at customer locations
• Understanding of critical path items for both design and manufacture to meet the project schedule
• Working closely with all internal engineering functions to ensure successful time and cost management of the entire project

Skills: Project Support, Requirement Analysis, Component Design, Design Review, Schedule Awareness, Team Coordination, Time Management, Cost Control

• Develop and design new concepts, improvements and customer specials in both new and existing models
• Definition of transmission and motor specifications
• Find solutions for mechanical warranty situations
• Provide necessary documentation such as detailed part drawings, assembly drawings, instructions, BOM structure, and critical fabrication info
• Coordination with Application Engineering to ensure correct customer requirement translation into the design
• Coordination with other Engineering Entities to ensure implementation of the latest developments and share best practices
• Implement the latest technology, and continuously seek the latest market developments
• Implement safety regulations and CE requirements
• Monitor deadlines and progress of the design project
• Provide necessary project input and data
• Organize necessary meetings with all process partners to ensure buy-in and multi-disciplinary input
• Make sure efficiency, cost, reliability, and safety are key in the design
• Apply end-to-end DFM and DFA methodologies
• Build an in-depth technical knowledge of the Converting equipment
• Build a constructive relationship with both Production and Aftermarket
• Secure and improve machine margins by continuous focus on cost reduction and cost-effective designs

Skills: Concept Development, Specification Definition, Design Documentation, Engineering Coordination, Safety Compliance, Cost Reduction, DFM Application, Production Collaboration

• Support the design, modeling, and build of mechanical, fluid, and vacuum systems
• Implement and optimize large-scale CAD models
• Perform due diligence analysis on designs, including hand calculations, FEA, and CAD in a rapidly changing environment
• Lead design reviews internally and participate in reviews with suppliers and assemblers
• Design, support, and document validation testing for the performance, durability, and reliability of mechanical systems
• Working with a Project Manager and other team members to assess project assignments and ideas
• Customer interaction and communication
• Machine design of safe and cost-effective concepts, parts models, and assemblies using customer requirements
• Parts and assembly detail/tolerance of drawings and releasing to the machine shop
• Machine shop support of part detail drawings
• Research and ordering of purchase content for machine design including pneumatic cylinders, valves, air prep systems, bearings, motors, drive systems, sensors, and other devices used in automated machinery design

Skills: System Modeling, CAD Optimization, Design Analysis, Design Review, Validation Testing, Project Assessment, Customer Communication, Machine Design

• Creating new designs from the concept stage to production
• Modifying existing designs to suit new requirements
• Carrying out 3D design studies to assess specification feasibility
• Creating components and assemblies in 3D CAD
• Supporting production releases through 2D engineering drawings
• Work with Electrical and Software teams to support effective whole system design
• Work with the Quality and Compliance Manager to ensure designs meet codes, standards and regulations

Skills: Concept Design, Design Modification, Feasibility Study, CAD Modeling, Drawing Support, Team Collaboration, Regulatory Compliance, System Integration

• Product scoping and definition of silicon-level thermal sensing and control features and architecture, thermal solution feasibility analysis and scoping, including cost analysis for volume manufacturing
• Understand the requirements from customers and system design and break down into thermal solution level requirements
• Product Design of graphics card thermal solutions, including FEA and CAD design to meet or exceed the product requirements and schedule with an eye towards cost optimizations and industrial design considerations
• Characterize gaming and workstation products through prototyping, testing and analysis
• Creating test plans for mechanical tests, data analysis, debugging and optimization at a card-level and customer/reference system-level
• Create new system designs and/or modify existing system designs with a focus upon lower cost, improved manufacturability, increased product performance, and higher overall product quality
• Work with systems, mechanical, chemical and electrical engineering teams to define integration requirements for a wide variety of system components
• Specify system components or direct product modification for conformance with engineering design and performance specifications

Skills: Product Scoping, Requirement Breakdown, Thermal Design, Prototype Testing, Test Planning, Design Optimization, Cross-Team Integration, Component Specification

• Design severe and general service control valves to customer specifications and internal design standards
• Select appropriate hardware and materials
• Prepare and review detailed SolidWorks assemblies and bills of material
• Release work orders to manufacturing/assembly
• Review customer design specifications and ensure compliance
• Maintain the design library and project document files
• Prepare and revise valve drawings
• Provide technical support to customers, vendors, and production personnel
• Write test procedures to meet internal and customer requirements
• Work to internal deadlines for engineering deliverables

Skills: Valve Design, Material Selection, SolidWorks Assembly, Work Order Release, Specification Review, Document Management, Technical Support, Test Procedure

• Design ownership cradle to grave (concept, simulating, fabrication, prototyping, testing/validating, releasing, mass production, maintaining, refurbishing)
• Create and manage SolidWorks CAD models, drawings, assemblies, BOM management, ECNs, and work instructions
• Design and test components and fixtures
• Collect and analyze test data and prepare reports explaining the results
• Manage complex projects with cross-functional teams
• Prototype new designs requiring welding, machining, and other manufacturing methods
• Work with contract manufacturers on design for manufacturing

Skills: Design Ownership, CAD Management, Fixture Design, Data Analysis, Project Management, Prototyping, Manufacturing Methods, DFM Collaboration

• Form part of the in-house design engineering team working on Circular saws, mitre saws, chop saws and associated power tools and accessories
• Work alongside in-house design and external design agencies, developing well-thought-out and appropriate engineering solutions from the ground up using Solidworks
• Plan and implement design engineering activities taking into account design time, prototyping and testing
• Develop a keen knowledge of competitor products including evaluation and reporting on findings from testwork
• Liaising and communicating with manufacturers and the Evolution team
• Design, manage and implement product quality and design improvements on existing products
• Seek out developments in technology likely to enable improvements in the cost/performance of Evolution products
• Manage data and drawing control in SolidWorks PDM

Skills: Tool Design, CAD Modeling, Design Planning, Product Analysis, Vendor Communication, Quality Improvement, Tech Scouting, Data Management

• Work as an engineer of electromechanical actuator for servo actuation system, reporting to the team manager of the Turbine EMA Program team, Engineering
• Implement the engineering work by following the Moog standard process, such as engineering tools and documentation format, project management and so on
• Take charge of the general mechanical design of the electromechanical actuator
• Take over base knowledge of electromechanical actuator from USA and Europe, and customize them and/or develop a local product, to fit with local customer needs
• Implement an evaluation test of actuators and report them
• Take responsibility for the technical investigation and find solutions for technical troubles
• Provide support to other engineering activities, especially hydraulic actuator designs
• Work in collaboration closely with colleagues in other functions, countries and regions
• Make designs and modifications by considering purchasing cost and effective manufacturing with the Operations team
• Support for the preparation of manufacturing (Assembly and Test documents, etc.)
• Support for solving quality assurance issues

Skills: Actuator Design, Process Implementation, Product Customization, Evaluation Testing, Technical Troubleshooting, Cross-Functional Collaboration, Cost Consideration, Quality Support

• Prepare technical documentation such as design specifications, design reports and procurement specifications as well as substantiation against code and functional requirements
• Hand calculations, design-by-rule formulae and design-by-analysis using finite element software
• Seismic and fatigue analysis of pressure components and selection of materials
• Creating and manipulating of design definition using CAD software
• Liaison with suppliers (internal and external) to ensure equipment is supplied according to project requirements
• Understanding of risk assessments by legislative requirements

Skills: Technical Documentation, Design Analysis, Material Selection, CAD Modeling, Supplier Liaison, Risk Assessment, Seismic Analysis, Fatigue Evaluation

• Lead the resolution of technical issues in existing designs using problem-solving methodologies such as Root cause analysis (5 Whys, 8 Ds) 
• Produce new mechanical concepts of air compressors and follow through the complete V-Cycle until product industrialization
• Perform technical evaluation of design concepts and assess suitability for the application, taking into account key performance requirements, cost, manufacturability and maintenance
• Perform design activities such as DFMEA, FEA in order to assess fatigue life, structural analysis, etc.
• Liaise with suppliers and provide support to negotiate purchasing agreements and develop cost-effective designs
• Produce designs and subsequent manufacturing drawings and related documentation using primarily Autodesk Inventor CAD software
• Design systems based on design-function relationships, serviceability, materials and methods engineering, production costs, and client specifications
• Undertake mechanical design calculations that validate the chosen design concepts
• Discuss and resolve design-related production problems with in-house manufacturing departments, subcontractors and suppliers

Skills: Issue Resolution, Concept Development, Design Evaluation, Structural Analysis, Supplier Negotiation, CAD Drafting, System Design, Design Validation

• Work directly with the Team Lead on projects and task prioritization, working procedures and product development
• Interact with Design and Hardware teams, 3D CAD design and development
• Fulfill product requirements and design for manufacturing
• Bring solutions for Design for Manufacturing
• Drawings for manufacturing, taking into consideration all the industry standards necessary for manufacturing, verification and approval
• Collaborate with colleagues and/or departments to achieve the best solutions

Skills: Task Prioritization, CAD Development, Product Fulfillment, DFM Solutions, Manufacturing Drawings, Standards Compliance, Team Collaboration, Design Interaction

• Lead and develop new fuel products and design modifications to improve existing products
• Serve as the subject matter expert on shipping and packaging of nuclear materials and fuel assemblies
• Support nuclear regulatory review and evaluation
• Ensure regulatory compliance of all packaging, both domestic and international 
• Address emergent customer and manufacturing issues
• Design test procedures and perform testing to address component and assembly adequacy
• Provide well-written, well-organized, documented engineering analyses to assure design adequacy
• Perform design reviews and production readiness reviews
• Develop procedures and work to improve engineering productivity

Skills: Product Development, Packaging Expertise, Regulatory Support, Compliance Assurance, Issue Resolution, Test Procedure, Engineering Analysis, Design Review

• Experience in product development and production manufacturing 
• Experience in medical devices
• Proven track record of effectiveness in a fast-paced environment, and creating quality / accurate work
• Extensive experience with design controls and change control management
• Proficiency with MS Office and other office productivity tools
• Clear and effective communication (written and oral) and presentation skills
• Expert-level skill in SolidWorks and knowledgeable in Creo/Windchill
• Expert in geometric tolerancing and detailed mechanical design
• Demonstrated experience working on electromechanical systems and with external 3rd party contract manufacturers and component suppliers

Qualifications: BS in Mechatronics Engineering with 4 years of Experience

• Proficiency using 3D CAD, Solidworks 3D, and 2D CAD experience
• Proficiency using Microsoft Office products including Excel, PowerPoint, etc
• Experience in designing factory or automated equipment
• Hands-on experience and machine shop experience
• Ability to work independently or as part of a team with minimal supervision
• Ability to design and conduct a systematic, objective, and critical investigation
• Ability to find a solution for or to deal proactively with work-related problems
• Possessing the trait of being organized or following a systematic method of performing a task
• Ability to pay attention to the minute details of a project or task
• Ability to think in terms of abstract ideals
• Ability to perform work accurately and thoroughly
• Ability to accept responsibility and account for the actions

Qualifications: BS in Aerospace Engineering with 5 years of Experience

• Experience in a research and design engineering discipline
• Design engineering experience in a manufacturing facility
• Excellent working knowledge of Microsoft Office products, including Word, Excel, and PowerPoint
• Good working knowledge of MS Project and MS Visio
• Experience using CAD systems including demonstrable ability to create, update and maintain 3D CAD models and drawings for products and components
• Comparable experience with other parametric 3D modeling
• Proven experience with finite element analysis (FEA), modeling, and simulation software
• Experience with ISO 9001 and/or AS9100, implementation experience 
• Strong knowledge of ITAR
• Experience with defining mechanical and structural load testing and correlating test results to engineering models
• Working knowledge of Global Standards like UL, IEC, NEMA, ASTM, ISO, EN, DIN, MIL, RTCA, AGA, etc.
• Thorough theoretical and experiential knowledge of product development, manufacturing, simulation methods and techniques, FMEA, DFMA and other multi-industry engineering principles
• Capable of managing multiple priorities
• Excellent interpersonal skills and an ability to interact successfully with all levels of management as well as a global workforce
• Excellent analytical and problem-solving skills

Qualifications: BS in Mechanical Engineering with 6 years of Experience

• Experience with detailed design, development and validation of mechanical assemblies for prototype volumes to mass manufacturing
• Solid understanding of design for assembly and integration in complex optoelectronic devices including tolerance stack analysis
• Knowledge in manufacturing processes for assembly of optoelectronic devices (die attach, wirebond, active alignment, hermetic sealing)
• Experience in design for manufacturing across the entire product life cycle from concept through volume production
• Knowledge of part manufacturing processes such as plastic injection molding, machining, thin film and thick film ceramics, HTCC ceramics, and ceramic ferrules
• Prototype and production equipment design experience
• Manufacturing experience with optoelectronic devices
• Strong Geometric optics knowledge
• Experience in SiP assembly processes and design rules

Qualifications: BS in Manufacturing Engineering with 3 years of Experience

• Working experience in professional engineering
• Must be fluent in the use of Solidworks (recent versions)
• Sound engineering fundamentals in statics, dynamics, stress analysis and material science
• Ability to effectively handle simultaneous tasks
• Ability to prepare reports and presentations, communicating ideas using Microsoft Word, Excel, PowerPoint, etc.
• Comfortable speaking in a small group setting
• Ability to communicate design intent and quality standards to manufacturing personnel
• Engineering experience in product or machine design
• Working experience in Finite Element Analysis (FEA)
• Familiarity with PLM and an ECN process
• Experience with engineering validation testing
• Able to troubleshoot and root cause analysis
• Experience working with offshore suppliers

Qualifications: BS in Mechanical Systems Engineering with 4 years of Experience

• 3D design experience with major CAD platforms - SolidWorks, SolidEdge, AutoCAD, Inventor, etc.
• Excellent knowledge of Physics and Fluid Dynamics
• Excellent knowledge of Process Control Analysis (Cp/Cpk)
• In-depth knowledge and understanding of mechanical engineering concepts and procedures
• Knowledge of industrial mechanical design and safety standards (NFPA, UL, OSHA)
• Excellent IT skills in ERP system, word processing, spreadsheets and engineering packages, MS Project

Qualifications: BS in Biomedical Engineering with 2 years of Experience

• Excellent English verbal and written communication skills
• Excellent with SolidWorks 3D design software, and additionally, ProE/Creo familiarity
• Solid computer skills such as email, documentation and collaboration tools, e.g., WebEx, Teams, Microsoft Office products, etc.
• Self-directed, resourceful, and able to work on multiple projects and priorities
• Strong organization, attention to detail, and documentation skills
• Very adept at grasping and solving complex problems using root-cause analysis techniques
• Expert knowledge of manufacturing processes including injection molding, sheet metal fabrication, casting and machining
• Strong knowledge of design processes including DFM and DFA
• Expert knowledge of good engineering drawing practices
• Strong understanding of geometric dimensioning and tolerancing
• Knowledgeable and experienced with analysis methods and tools like FEA
• Hands-on creating, developing and testing designs from prototypes through production implementation
• Ability to objectively identify technical solutions and make sound and accurate design and drafting decisions

Qualifications: BS in Robotics Engineering with 5 years of Experience

• Strong background in mechanical design and engineering, including taking responsibility of the full “art to part” development cycle
• Background in mechanical design of mechatronics, precision design, or complex optical systems, as well as good complex mechanical system intuition
• Mechanical design exposure to kinematics, dynamics, material properties and behavior, and structural analysis
• Experience with 3D solid modeling for design conceptualization and realization
• Basic experience with mechanical analytical techniques, including “first principle” engineering equations and Finite
• Demonstrated ability to derive conclusions from analysis and make practical recommendations
• Strong technical writing, communication, and presentation skills
• Capability to interface with multidisciplinary groups including senior leadership
• High energy, self-motivated team player with a strong desire to learn
• Customer-oriented and willing to work with high-level problem solvers daily
• Possesses strong leadership and ownership characteristics with a commitment to achieving results on time
• Able to observe and respond to people and situations and interact with others encountered in the course of work
• Able to learn and apply new information or skills
• Must be able to read and interpret data, information, and documents
• Strong customer focus and commitment to customer satisfaction through prioritization, quality, efficiency and professionalism
• Ability to complete assignments with attention to detail and a high degree of accuracy
• Proven ability to perform effectively in a demanding environment with changing workloads and deadlines
• Demonstrate open, clear, concise and professional communication
• Ability to establish and maintain cooperative working relationships with managers, co-workers and customers

Qualifications: BS in Industrial Engineering with 8 years of Experience

• Experience in a technical and administrative capacity, or any equivalent combination of education and experience
• Must be knowledgeable in the use of computers for design and must understand CAD/BIM operations
• Extensive knowledge of the principles and practices relating to the appropriate discipline, including both design and construction
• Ability to communicate effectively, both verbally and in writing
• Ability to establish and maintain effective working relationships with fellow employees and clients
• Must be capable of working within a project team as defined in the F-T functional model
• High energy and enthusiasm
• Understanding and knowledge of applicable codes

Qualifications: BS in Mechanical Systems Engineering with 4 years of Experience

• Experience with automated process equipment
• Strong communication skills, both verbal, written, presentation and interpersonal
• History of meeting or exceeding performance goals and objectives
• Capacity to analyze a problem from multiple perspectives and explore creative solutions
• Exceptional technical, verbal and written communication skills
• Positive, inclusive team player who enjoys using their interpersonal skills
• High attention to detail with a desire for excellence
• Knowledge of AutoCAD, AutoCAD Inventor, MS Office, and Autodesk Vault

Qualifications: BS in Applied Mechanics with 3 years of Experience

• Strong mechanical engineering fundamentals
• Familiar with PLM systems and revision control
• Basic knowledge of engineering materials
• Design for manufacturing experience (machining, welding, sheet metal, brazing)
• Hands-on fabrication experience
• Highly motivated and a self-starter
• Working experience in extensive fabrication 
• Familiarity with Data and statistical analysis (JMP, OSIsoft Pi)

Qualifications: BS in Precision Engineering with 2 years of Experience

• Experience as a Mechanical Engineer in the railway industry or similar other markets
• Knowledge in CAD software, 2D drawings, sheet metal plate and welding
• Strong knowledge of PLM tool (ENOVIA or similar)
• Knowledge in computer science allowing to use of standard informatic tools (Microsoft Office pack)
• Ability to work with remote contacts in a multidisciplinary context
• Ability to be the representative of the company for customers
• Fluent in English, both written and spoken

Qualifications: BS in Engineering Design Technology with 3 years of Experience

• Experience in product or technology development in cross-functional project teams
• Knowledge of the mechanical parts manufacturing process
• Working experience with technical calculation methods
• Fluency in English (speaking and reading/writing)
• Strong team player with “can-do” attitude
• Good coordination and planning skills
• Experience in sheet metal and frame design
• Experience in surface design for complex-shaped plastic and die-cast parts
• Excellent CREO and SolidWorks skills
• Experienced user of PowerPoint, Word, Excel, and Project 

Qualifications: BS in Thermal and Fluid Engineering with 5 years of Experience

• Experience in industry (including a year internship) at an engineering company or consultancy that designs and makes hardware products
• Industry experience using Solidworks with best practice skills and ability to work top-down and bottom-up
• Excellent hands-on workshop prototyping experience to be able to rapidly turn around valuable validation prototypes
• Experience preparing RFQ packages and technical drawings
• Strong confidence in tech and IT including G-Suite, Office, Excel, shortcuts, automations and databases
• Wide and detailed knowledge of a range of electrical and mechanical manufacturing processes including Plastic Injection Moulding, Sheet Metal Forming, PCBA
• Ability to work independently and efficiently
• Proven ability to support decisions with evidence
• Experience working in consumer electronics hardware products

Qualifications: BS in Tool Engineering with 3 years of Experience

• Experienced in 3D CAD and model setup using 3DExperience, CATIA V5/V6, SolidWorks or equivalent
• Skilled in generating detailed drawings, GD&T to ASME Y14.5-2009 standards
• Excellent understanding of physics and proper mechanical design for strength and stiffness
• Strong mechanical design aptitude and analytical mindset
• Excellent problem-solving and critical thinking skills
• Strong understanding of mechanical design fundamentals and analysis methods for structures, assemblies, mechanisms, and joints
• Experience in designing, building, and testing mechanical hardware
• Relevant design and manufacturing experience in student project teams such as Formula SAE, AIAA DBF, Formula Baja, Solar Car, etc
• Proven track record of mechanical system design in weight-critical applications
• Experience with finite element analytical tools such as HyperMesh, OptiStruct or Nastran, ANSYS or similar
• Experience in mechanism design and kinematics
• Experience with composite structures and applications
• Must be proficient with CAD (ProE, Cryo, etc)
• Strong oral and written communication skills

Qualifications: BS in Engineering Mechanics with 6 years of Experience